Earthquake Intelligence That Saves Lives: Discover DisasterAWARE Enterprise

Jonathan Miller
Jonathan Miller
May 26, 2025
Earthquake Intelligence That Saves Lives: Discover DisasterAWARE Enterprise

Earthquakes cause an estimated $14.7 billion in annual losses in the US alone, with global impacts reaching up to $300 billion in a single year. DisasterAWARE® Enterprise provides real-time earthquake monitoring and risk evaluation, delivering comprehensive hazard intelligence to enhance preparedness, accelerate response, and reduce exposure to earthquake-driven disasters.

Earthquake Intelligence You Can Act On

DisasterAWARE® Enterprise automatically generates Situational Awareness reports for hazardous earthquakes, continuously updated with USGS data including magnitude, location, depth, and intensity. Each report assesses potentially affected populations, infrastructure, and critical facilities. For disaster-level events, our response team provides verified updates from international aid organizations and government agencies.

Understanding Earthquake Severity in DisasterAWARE Enterprise

DisasterAWARE® Enterprise classifies earthquake severity using scientific measurements and impact assessments:

  • Warning: Magnitude 6.5+ or PAGER severity Yellow/Orange/Red
  • Watch: Magnitude 5.5-6.4 (PAGER Green)
  • Advisory: Magnitude 5.0-5.4

For earthquakes ≥5.5, severity classification is refined through the USGS PAGER system, which estimates human and economic impact based on population exposure and infrastructure vulnerability.

Targeted Alerts and Exposure Insights

SmartAlert™ determines notification zones using earthquake depth, geological factors, and Modified Mercalli Intensity (MMI). Exposure areas are defined based on USGS Shaking Intensity Maps:

  • Severe: MMI VIII+ (0-10km from epicenter)
  • Strong: MMI VII-VIII
  • Moderate: MMI V-VI

This detailed segmentation supports faster, more informed decisions for managing operations and coordinating response actions.

Visualizing Earthquake Risk with Additional Data Layers

DisasterAWARE® Enterprise provides specialized data layers for comprehensive earthquake monitoring and analysis.

Layers for Monitoring Current Conditions

Users can access SmartAlert™ Notification Areas, Exposure Areas highlighting zones of severe/strong/moderate shaking, Recent Earthquakes tracking, and Active Shaking Intensity Maps visualizing ground movement.

Layers for Understanding Long-Term Seismic Risk

The platform offers Earthquake Intensity Zones Maps showing probable shaking intensities within 50-year return periods, and Tectonic Plate Boundaries displaying underlying geological structures.

Layer for Exploring Historical Earthquakes

Historical Major Earthquake data provides crucial context of significant seismic events throughout recorded human history, enhancing risk assessment capabilities.

Asset Protection and Exposure Reporting

Organizations can integrate asset data via ArcGIS services or secure API connections. DisasterAWARE allows for:

  • Custom asset classes and update intervals
  • Notification buffers around asset locations
  • Email alerts to non-user contacts like facility managers

Asset Exposure Reports provide detailed summaries of affected assets, including types, exposure levels, and user-defined metrics such as employee counts or financial impact.

Earthquake Monitoring with DisasterAWARE's Natural Hazards API (DaaS)

DisasterAWARE's Data as a Service (DaaS) provides REST APIs for organizations preferring direct data access. Users can retrieve:

  • Hazard location, magnitude, and severity
  • SmartAlert™ notification areas
  • Exposure areas categorized by shaking intensity
  • Automated Situational Awareness Reports
  • Curated reports from official agencies

DisasterAWARE supports event-driven updates for integration into internal dashboards and risk analysis tools, and enables custom solutions leveraging USGS data to estimate precise impacts at specific locations—functioning as a powerful geospatial intelligence engine delivering critical earthquake data directly into existing systems.

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